Chemistry - Junior High to High School Transition - (Revised Edition)

Author: None
Publisher:
Publish Date: 2006-07-01
Features: Guidance, Foresight, Practicality, Systematicity.
Designated textbook for senior high schools and key classes in 100 top high schools; Recommended textbook for first-year high school students in pilot senior high school curriculum reform areas nationwide; Essential textbook for summer "Junior-Senior High School Transition" classes in renowned training schools.
Series Features:
★ Guidance: Based on the new curriculum philosophy, integrating junior and senior high school learning content and requirements.
★ Foresight: Broad applicability (suitable for both junior and senior high school students), helping students transform learning concepts, broaden their horizons, master learning methods, and smoothly adapt to senior high school learning.
★ Practicality: Consolidating junior high school knowledge, filling the gap between junior and senior high school learning content and methods, effectively achieving junior-senior high school teaching alignment.
★ Systematicity: Covers subjects such as Chinese, Mathematics, English, Physics, and Chemistry in senior high school.
The book is divided into eight chapters:
"Senior High School Chemistry Learning Methods," "Fundamentals of Matter Structure," "Non-Oxidation-Reduction Reaction Rules," "Oxidation-Reduction Reaction Rules," "Solutions," "Core of Senior High School Chemistry Calculations," "Introduction to Chemical Experiments," and "Case Studies in Senior High School Chemistry Research Learning." Each chapter combines a review of foundational knowledge with an expansion of new concepts, offering clear explanations and in-depth examples of typical problems, emphasizing guidance in learning methods and training in basic skills.
These eight chapters will establish a fundamental framework for senior high school chemistry learning, helping students build a solid foundation and confidence.
"Senior High School Chemistry Learning Methods" provides macro-level guidance on high school chemistry learning, helping students recognize the characteristics of the subject and choose the right learning approach.
"Fundamentals of Matter Structure" reveals the microscopic world of macroscopic matter, enabling students to understand the chemical subject from the perspective of matter structure and find the key to unlocking the rich diversity of the material world.
"Non-Oxidation-Reduction Reaction Rules" and "Oxidation-Reduction Reaction Rules" further summarize and generalize the basic principles of chemical reactions in junior high school chemistry, helping students apply these principles to explore new material scenarios.
"Solutions" connects concepts such as concentration, solubility, basic theories of ionization, and ion reactions, helping students understand chemical reactions in solutions from both qualitative and quantitative perspectives.
"Core of Senior High School Chemistry Calculations" builds on junior high school chemistry calculation basics, guiding students to uncover the diverse quantitative relationships in chemical reactions, paving the way for introducing the core of senior high school chemistry calculations—"Moles."
"Introduction to Chemical Experiments" opens the door to exploring the mysteries of the material world through experimental research, covering basic chemical experiment setups, preliminary chemical experiment design, and fundamental methods for purifying and testing substances.
"Case Studies in Senior High School Chemistry Research Learning" guides students on how to transform learning questions into research topics and use scientific research methods to independently solve practical problems in daily life, making senior high school chemistry learning more diverse and engaging.
From the perspectives of solidifying foundations, enhancing interest, teaching methods, and revealing principles, the book provides support and assistance for first-year high school students' chemistry learning. It can serve as a self-study guide for junior high school graduates before starting senior high school chemistry or as a teaching resource for junior-senior high school transition.